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LTE technology, get started!

LTE technology is the mainstream technology of mobile communication technology and the basis of 5G technology. Only by learning LTE technology well can we enter the mobile communication industry and engage in many practical work. This set of LTE introductory courses, led by LTE learning ambassador Sun Yutong, together with the officially published LTE tutorial series, contains LTE principles, LTE physical layer structure and other key contents, which is the right way for communicators to learn LTE technology quickly and efficiently.

eight

Courses

one hundred and forty-four thousand and fifty-seven

Human learning

Total course duration

Sun Yutong

Lecturer rating: 4.8

Watch for a long time

Systematic learning

Course content Q&A

Phase I: LTE technical principle

4 courses twenty-four thousand one hundred and twenty

The course introduces LTE technology and LTE-A technology in detail, and explains the principles and implementation methods of two key technologies of LTE system: OFDM and multi antenna MIMO. The supporting textbook for this stage is LTE Course: Principles and Implementation.

LA11 LTE overview [LTE technology and principle]
7 sections 2 hours and 39 minutes
Course objectives:
LTE Overview is the first lesson of a series of LTE introductory courses carefully created by Mr. Sun Yutong, LTE learning ambassador. From then on, learn LTE well! LTE Overview introduces LTE system from aspects of LTE technology, core network, wireless network and terminal. It is a compulsory course for LTE beginners to quickly understand LTE technology
Course outline
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LA12 OFDM technology [LTE technology and principle]
6 sections 1 hour 16 minutes
Course objectives:
LTE Learning Ambassador, Mr. Sun Yutong, must be a boutique product. OFDM technology: Mount Tianwang for LTE learning! It is better to savor the course carefully than to ponder. Main contents: 1. In fact, FDM is also orthogonal 2. Why is OFDM orthogonal? 3. Why OFDM? 4. Introduction to OFDM LTE in LTE
Course outline
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LA13 multi antenna technology [LTE technology and principle]
7 sections 1 hour 53 minutes
Course objectives:
Multi antenna technology is the key technology of LTE. This course is the third course of the LTE introductory series training launched by Mr. Sun Yutong, LTE learning ambassador. It introduces the types and characteristics of multi antenna technology and the implementation of multi antenna technology in LTE system in detail. The supporting reference book for this course is the LTE Tutorial: Principles and Implementation
Course outline
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LA14 LTE-A Overview [LTE Technology and Principle]
6 sections 54 minutes
Course objectives:
This course is the fourth course in the LTE introductory series of training courses produced by Mr. Sun Yutong, LTE Learning Ambassador. It includes the following core contents: What versions of LTE-A are available? What is the specific release time and commercial time? What are the follow-up technologies of LTE-A? What functions are introduced in LTE-A versions? LTE-
Course outline
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Phase II: LTE physical layer structure

4 courses thirteen thousand nine hundred and eighty

The course explains the time-frequency structure, reference signal, control channel and service channel involved in LTE physical layer. The supporting textbook for this stage is LTE Course: Structure and Implementation.

LA21: LTE time-frequency structure [LTE physical layer]
5 sections 1 hour and 14 minutes
Course objectives:
This course is part of a series of LTE introductory training courses launched by Mr. Sun Yutong, LTE learning ambassador. It mainly explains the time-frequency structure of LTE, the difference between FDD and TDD in time structure, and the time-frequency distribution of the actual system. The supporting teaching material for this course is LTE Course: Structure and Implementation. The learning effect will be
Course outline
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LA22: LTE cell reference signal [LTE physical layer]
3 sections 43 minutes
Course objectives:
Cell reference signal is the most important signal in LTE system, which directly affects network planning and optimization. This course introduces the types of reference signals, the generation process, main functions and key indicators of cell reference signals. This course is part of a series of LTE introductory training courses launched by Mr. Sun Yutong, LTE Learning Ambassador. The supporting materials are
Course outline
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LA23: LTE control channel [LTE physical layer]
5 sections 1 hour 16 minutes
Course objectives:
The control channel carries the key information of the LTE system, with many kinds of channels and complex structure. This course introduces the bearing content, processing flow and resource allocation of various LTE control channels. This course is part of a series of LTE introductory training courses launched by Mr. Sun Yutong, LTE Learning Ambassador. The supporting textbook is LTE Tutorial: Conclusion
Course outline
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LA24: LTE traffic channel [LTE physical layer]
5 sections 40 minutes
Course objectives:
This course introduces the processing process of LTE traffic channels, and explains in detail the calculation method of FDD and TDD mode uplink and downlink peak rates. This course is part of a series of LTE introductory training courses launched by Mr. Sun Yutong, LTE Learning Ambassador. The supporting textbook of this course is LTE Course: Structure and Implementation
Course outline
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